Nafion D520 Dispersion Catalyst Ink Solution
Regular price Rs. 26,999.00 Sale price Rs. 17,299.00 Save Rs. 9,700.00Tax included.
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Estimated to be delivered between 12/11/2026 - 23/11/2026
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Description:
Utilize Nafion D520 dispersion for advanced catalyst ink applications. This alcohol-based solution is ideal for thin film coatings in electrochemical devices. A must-have for professionals seeking high-quality materials for fuel cell technology.
Features:
- Alcohol-based dispersion ensures optimal performance in catalyst applications.
- Available in 10ml and 25ml bottles for convenient usage.
- Designed for thin film coating solutions, enhancing electrochemical efficiency.
- Perfect for researchers and engineers in the fuel cell and battery sectors.
- A valuable addition to any laboratory focused on energy solutions.
Additional Info:
- Fuel Cell Applications Industry standard for high?performance PEM fuel cell catalyst inks. Provides superior proton conductivity due to lower equivalent weight (1000 EW). Ensures efficient ion transport in electrode layers.
- Electrochemical Research Used as a binder and ionomer in electrode fabrication. Enhances electrode stability and ionic conductivity in redox studies.
- Catalyst Ink Formulation Essential for preparing uniform catalyst dispersions. Improves adhesion and dispersion of Pt/C and other electrocatalysts.
- Thin Film Casting Suitable for casting thin ion?exchange films for laboratory and prototype studies. Provides thermal stability up to 120??C in dry film form.
- Sensor Development Applied in electrochemical sensors requiring high proton conductivity. Supports durability in acidic and high?temperature environments.
- Laboratory & Industrial Applications Compact bottle sizes (10 ml & 25 ml) ideal for research labs, pilot studies, and institutional submissions. Widely used in electrochemical devices, coatings, and advanced material prototypes.
- Polymer Content: 5.0?5.4?wt%, ideal for thin film casting and catalyst ink preparation. Equivalent Weight (EW): 1000 g/eq, providing higher acid capacity and superior proton conductivity.
- Solvent Composition: ~45% water, ~48% 1?propanol, <4% ethanol; viscosity 10?40?cP at 25??C.
- Thermal Stability: Dry films stable up to 120??C; dispersions must be stored at room temperature away from light.
